Paper sheet sorting apparatus

Claim 2

A paper sheet sorting apparatus comprising: a paper sheet supply port at which a plurality of paper sheets of various kinds are set; a pick-up unit for picking up the paper sheets one by one from said paper sheet supply port; a discrimination unit for discriminating between kinds of the paper sheets picked up by said pick-up unit; a plurality of stacking units in which the paper sheets picked up by said pick-up unit are to be stacked; specification means for specifying the kinds of the paper sheet to be stacked in each of said stacking units; and stacking control means for stacking the paper sheets picked up by said pick-up unit in each said stacking unit as specified by said specification means in accordance with a discrimination result of said discrimination unit, wherein said specification means can be set such that the paper sheets of identical kind are stacked in more than two said stacking units, and when one stacking unit in which the specified sheets are currently stacked is full, said stacking control means automatically changes a stacking designation to another of said specified stacking units which is not full, and wherein said specification means comprises a full flag for representing whether or not said stacking unit which is currently used is full when the paper sheets of the identical kind are stacked in more than two stacking units, a stacking transition table comprising stacking unit codes for representing in which said stacking unit the paper sheets currently stacked are to be stacked next when said stacking unit in which the paper sheets are currently stacked is full, and a stacking transition address table for referring to said stacking transition table in accordance with a discrimination result of said discrimination unit.

Claim 3

An apparatus according to claim 1, wherein said stacking unit codes and said stacking transition address table of said stacking transition table are specified by said specification means.

Claim 4

An apparatus according to claim 1, wherein said stacking transition table and said stacking transition address table comprise nonvolatile read/write memory elements.

Claim 5

A paper sheet sorting apparatus according to claim 1, wherein said specification means is capable of specifying that a plurality of kinds are to be stacked in each of said stacking units.

Claim 6

An apparatus according to claim 1, in which said kinds of paper sheets are selected from at least one of denomination and fitness/unfitness of said paper sheets.

Claim 7

A paper sheet sorting apparatus comprising: a paper sheet supply port at which a plurality of paper sheets of various kinds are set; a pick-up unit for picking up the paper sheets one by one from said paper sheet supply port; a discrimination unit for discriminating between kinds of the paper sheets picked up by said pick-up unit; a plurality of stacking units in which the paper sheets picked up by said pick-up unit are to be stacked; specification means for specifying the kinds of the paper sheet to be stacked in each of said stacking units; a first table for storing stacking unit codes representing said stacking units which are classified based on the kinds specified by said specification means; a second table for storing address data to be read out from said first table based on the specification of the kinds of the paper sheets, said first and second tables being formed by the specification of said specification means; and stacking control means for stacking the paper sheets picked up by said pick-up unit in said stacking units in accordance with the stacking unit codes read out from an address of said first table which is read out from the second table in accordance with the discrimination result of said discrimination unit; wherein said specification means can be set such that the paper sheets of identical kind are stacked in more than two said stacking units, and when one stacking unit in which the specified sheets are currently stacked is full, said stacking control means automatically changes a stacking designation to another of said specified stacking units which is not full, and wherein said specification means comprises a full flag for representing whether or not said stacking unit which is currently used is full when the paper sheets of the identical kind are stacked in more than two stacking units, a stacking transition table comprising stacking unit codes for representing in which said stacking unit the paper sheets currently stacked are to be stacked next when said stacking unit in which the paper sheets are currently stacked is full, and a stacking transition address table for referring to said stacking transition table in accordance with a discrimination result of said discrimination unit.

Claim 8

A paper sheet sorting apparatus comprising: a paper sheet supply port at which a plurality of paper sheets of various kinds are set; a pick-up unit for picking up the paper sheets one by one from said paper sheet supply port; a discrimination unit for discriminating between kinds of the paper sheets picked up by said pick-up unit; a plurality of stacking units in which the paper sheets picked up by said pick-up unit are to be stacked; specification means for specifying the kinds of the paper sheet to be stacked in each of said stacking units; a first table for storing stacking unit codes representing said stacking units which are classified based on the kinds specified by said specification means; a second table for storing address data to be read out from said first table based on the specification of the kinds of the paper sheets, said first and second tables being formed by the specification of said specification means; and stacking control means for stacking the paper sheets picked up by said pick-up unit in said stacking units in accordance with the stacking unit codes read out from an address of said first table which is read out from the second table in accordance with the discrimination result of said discrimination unit; wherein said specification means can be set such that the paper sheets of identical kind are stacked in more than two said stacking units, and when one stacking unit in which the specified sheets are currently stacked is full, said stacking control means automatically changes a stacking designation to another of said specified stacking units which is not full, and wherein said specification means comprises a full flag for representing whether or not said stacking unit which is currently used is full when the paper sheets of the identical kind are stacked in more than two stacking units, a stacking transition table comprising stacking unit codes for representing in which said stacking unit the paper sheets currently stacked are to be stacked next when said stacking unit in which the paper sheets are currently stacked is full, and a stacking transition address table for referring to said stacking transition table in accordance with a discrimination result of said discrimination unit.

Claim 9

A paper sheet sorting apparatus according to claim 6, wherein said specification means is capable of specifying that a plurality of kinds are to be stacked in each of said stacking units.

Claim 10

An apparatus according to claim 6, wherein said stacking units codes and said stacking transition address table of said stacking transition table are specified by said specification means.

Claim 11

An apparatus according to claim 6, wherein said stacking transition table and said stacking transition address table comprise nonvolatile read/write memory elements.

Claim 12

An apparatus according to claim 6, in which said kinds of paper sheets are selected from at least one of denomination and fitness/unfitness of said paper sheets.

Claim 13

A paper sheet sorting apparatus comprising: a paper sheet supply port at which a plurality paper sheets of various kinds are set; a pick-up unit for picking up the paper sheets one by one from said paper sheet supply port; a discrimination unit for discriminating between kinds of the paper sheets picked up by said pick-up unit; a plurality of stacking units in which the paper sheets picked up by said pick-up unit are to be stacked; specification means for specifying the kinds of the paper sheet to be stacked in each of said stacking units; a first table for storing stacking unit codes representing said stacking units which are classified based on the kinds specified by said specification means; a second table for storing address data to be read out from said first table based on the specification of the kinds of the paper sheets, said first and second tables being formed by the specification of said specification means; and stacking control means for stacking the paper sheets picked up by said pick-up unit in said stacking units in accordance with the stacking unit codes read out from an address of said first table which is read out from the second table in accordance with the discrimination result of said discrimination unit; said stacking unit codes representing the stacking units, in which paper sheets of the same kinds are stacked, being stored in successive addresses and each of said stacking unit codes comprising a full flag set when the corresponding stacking unit is full, a stacking unit code in the nearest address to which the full flag is not set being accessed when the stacking unit code to which the full flag is set is accessed; wherein said specification means can be set such that the paper sheets of identical kind are stacked in more than two said stacking units, and when one stacking unit in which the specified sheets are currently stacked is full, said stacking control means automatically changes a stacking designation to another of said specified stacking units which is not full, and wherein said specification means comprises a full flag for representing whether or not said stacking unit which is currently used is full when the paper sheets of the identical kind are stacked in more than two stacking units, a stacking transition table comprising stacking unit codes for representing in which said stacking unit the paper sheets currently stacked are to be stacked next when said stacking unit in which the paper sheets are currently stacked is full, and a stacking transition address table for referring to said stacking transition table in accordance with a discrimination result of said discrimination unit.

Claim 14

A paper sheet sorting apparatus comprising: a paper sheet supply port at which a plurality paper sheets of various kinds are set; a pick-up unit for picking up the paper sheets one by one from said paper sheet supply port; a discrimination unit for discriminating between kinds of the paper sheets picked up by said pick-up unit; a plurality of stacking units in which the paper sheets picked up by said pick-up unit are to be stacked; specification means for specifying the kinds of the paper sheet to be stacked in each of said stacking units; a first table for storing stacking unit codes representing said stacking units which are classified based on the kinds specified by said specification means; a second table for storing address data to be read out from said first table based on the specification of the kinds of the paper sheets, said first and second tables being formed by the specification of said specification means; and stacking control means for stacking the paper sheets picked up by said pick-up unit in said stacking units in accordance with the stacking unit codes read out from an address of said first table which is read out from the second table in accordance with the discrimination result of said discrimination unit; said stacking unit codes representing the stacking units, in which paper sheets of the same kinds are stacked, being stored in successive addresses and each of said stacking unit codes comprising a full flag set when the corresponding stacking unit is full, a stacking unit code in the nearest address to which the full flag is not set being accessed when the stacking unit code to which the full flag is set is accessed; wherein said specification means can be set such that the paper sheets of identical kind are stacked in more than two said stacking units, and when one stacking unit in which the specified sheets are currently stacked is full, said stacking control means automatically changes a stacking designation to another of said specified stacking units which is not full, and wherein said specification means comprises a full flag for representing whether or not said stacking unit which is currently used is full when the paper sheets of the identical kind are stacked in more than two stacking units, a stacking transition table comprising stacking unit codes for representing in which said stacking unit the paper sheets currently stacked are to be stacked next when said stacking unit in which the paper sheets are currently stacked is full, and a stacking transition address table for referring to said stacking transition table in accordance with a discrimination result of said discrimination unit.

Claim 15

An apparatus according to claim 11, wherein said stacking unit codes and said stacking transition address table of said stacking transition table are specified by said specification means.

Claim 16

An apparatus according to claim 11, wherein said stacking transition table and said stacking transition address table comprise nonvolatile read/write memory elements.

Claim 17

An apparatus according to claim 11, in which said kinds of paper sheets are selected form at least one of denomination and fitness/unfitness of said paper sheets.